benefit of the compost pile generating heat
Heat and Moisture break down the compost.
The heat stays mostly inside the compost, that's why it is important to turn the compost inside out regularly, so that every part of the compost gets sterilized from bad germs. In open air compost heaps, the heat will evaporate as vapor, especially visible in cold weather. That water loss needs to be compensated. There is probably not much residual heat at the surface of a compost bin. Heat usually goes up, but in that case, the heat is not in air or water, but in the mass of the compost itself, so it radiates in all directions. A small container such as a compost bin would see most of the heat exchanged from every side.
The process of compost heat is to breack down the material.
Decomposition of carbon- and nitrogen-rich materials by composting macro- and micro-organisms is the way that compost bins produce heat. The heat represents a mix of influences and inputs from aeration, ambient temperatures, carbon and nitrogen ratios, container sizes and moisture levels. The United States Environmental Protection Agency suggests minimum temperature ranges of 104 to 131 degrees Fahrenheit (40 to 55 degrees Celsius).
Plastic is bad for compost because it throws the heat of in the pile and can cause a spot to spoil
It is best to have the bin in the sun so that it gets the most heat. Heat is needed to brake down yard waste into compost.
Yes, you can grow vegetables in compost. Compost provides nutrients and improves soil quality, which can help vegetables thrive and produce a healthy harvest.
heat
In the hot summer heat!
~70%
damp/moist
The snow on a compost pile melts faster than the snow on the ground because the compost pile generates heat as it decomposes organic matter. This heat speeds up the melting process of the snow on top of the compost pile. Additionally, the dark color of the compost absorbs more sunlight, further accelerating the melting.